查询词典 under load

It illustrates concept of frame shear wall structure system, calculation of side-sway under horizontal load by battened wall theory is introduced, this mean is simple and which can be referred in similar structure.

阐述了框架剪力墙结构体系的概念，介绍了采用双肢墙理论计算框架剪力墙结构在水平荷载作用下的侧移，经实践证明，该方法简便快捷，可供类似结构计算借鉴。

As his poor donkey became exhausted under the heavy load, the man belabored it soundly.

当他的可怜的驴子在重担之下变的精疲力尽时，这个男人还是铮铮有声的鞭打它。

One Way Ticket to hell and back Bought a one way ticket to hell and back One way ticket to hell and back Bought a one way ticket to hell and back I'm always trying to keep my vices under wraps But a coach load of mutes would appear talkative chaps They seemed fit to join me for a couple of hits But my septum is in tatters And I've still got the runs Burn for a moment then you kick like a mule Strangers are agreeing that it was rocket fuel Several massive chocking lines of glorious gak Bought a one way ticket to hell...

开了回来！一张单程票到地狱并且回来买了单程票去地狱然后回来一张单程票去地狱然后回来买了单程票去地狱然后回来我总是试图让我的罪恶处于保密状态，但教练的负荷静音出现健谈的篇章似乎他们适合参加我为命中的一对，但我已经破裂而我还在奔跑烧伤了一会儿，然后你像骡子一样踢陌生人同意这是火箭燃料几个大汉敲打着辉煌阁的线买了单程票去地狱。。

Chapter 7 concerns how to increase the influence of residual stress upon deforming process under part load.

第七章 对在局部加载条件下影响变形过程的各种因素中如何突出与增强残余应力的影响进行分析研究与探索试验。

A material which deforms less under a given load is stiffer than one which deforms more.

相同负荷下变形较小的材料具有比变形大的材料更高的强度。

Compressive Deformation—Extent to which a material deforms under a Crushing Load.

压缩强度—材料在压缩负荷下所能承受的最大应力。

The process of denting and the lateral load has been studied under different end conditions and axial pressure of different levels.

研究了在不同边界条件和初始轴向压力水平下，圆管构件的凹坑损伤形成过程和侧向承载力。

The results indicates, with the same level of other parameters, the TN removal can reach 80.0% and 70.9% with the control of dissolved oxygen under the levels of 0.3-0.6mg/l and 0.6-0.9mg/l, respectively; the TN removal upgrades from 80%, 83% to 84.1% with the decrease of sludge load in the system from 0.1, 0.07, to 0.05gCOD/gMLSS·d; the nitrogen removal only reaches 58% when C/N is 4, but can reach more than 80% when C/N is at or over 7, which indicates that the TN removal increases when higher C/N ratio; when HRT increases from 12h, 18h to 24h, the TN removal also increases from 78.6%, 82.0% to 83.0%; the TN removal average in the system increases from 75.6%, 78.5% to 83.0% with the increase of sludge age from 18d, 20d to 24d; the low oxygen conditions in the modified Orbal oxidation ditch model do not decrease the effect of COD removal, and the dissolved oxygen gradient with the distribution of 0-2-1mg/l in the system ensures the COD removal reaching the range of 80%-86%; and the phosphate removal, however, is not good enough, which varies from 40% to 50%, even lower than 35% in occasional situations, and the phosphate concentration in the outflow varies in the range of 1.28-2.38mg/l, which dissatisfies the discharge standard with the level of 1.0mg/l.

试验结果表明，在其它参数相同的情况下，将外沟道的溶解氧分别控制在0.3～0.6mg/l 和0.6～0.9mg/l 两个水平，外沟道中TN 去除率分别为80.0%和70.9%；系统中污泥负荷分别为0.1gCOD/gMLSS·d、0.07 gCOD/gMLSS·d、0.05 gCOD/gMLSS·d时，随着污泥负荷的降低，TN 的去除率却是上升的，分别为80%、83%、84.1%；本试验中，当C/N 为4时，仅能获得58%的脱氮率，当C/N 为7 或更高时脱氮率能达到80%以上，进水C/N 比值越高，总氮的去除率越高；在本试验中采取的水力停留分别为12h、18h、24h 时，外沟道中的总氮去除率随水力停留时间的增加而增加，分别为78.6%、82.0%和83.0%；当系统泥龄分别为18d、20d、24d 时，系统平均TN 去除率分别为75.6%、78.5%、83.0%，随着泥龄的增大TN 的去除率增加；改良型奥贝尔模型的低氧条件并没有降低COD 的去除效果，系统0-2-1mg/l的溶解氧梯度分布使得COD 去除率一般都在80%～86%之间；本试验中磷的去除效果不好，去除率基本在40%～50%之间，有的甚至低于35%，出水磷的浓度在1.28～2.38mg/l 之间，低于1.0mg/l 的出水排放标准。

Under heavy load and high temperature conditions, the nanoparticles are flatted between two friction surfaces and form a sliding system which makes the friction surface more flat to reduce the friction factor and the wear value.

在重载和高温条件下，纳米粒子平铺在摩擦面之间形成滑动摩擦层，以降低摩擦表面的摩擦因数和磨斑直径。

The fatigue propagation of surface cracks on overlay of hydrogenation reactor is seriously imperiling the safe run of hydrogenation reactor. It is attracted attention of engineering fields that a surface crack on overlay is able to either stop at the interface of overlay and base material or growth to base material under fatigue load.

热壁加氢反应器堆焊层表面裂纹的扩展严重威胁设备的安全运行，在疲劳载荷作用下堆焊层表面裂纹是否能穿过堆焊层与基体的交界面而向基体扩展的问题，受到工程界的高度关注。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。